1, improve safety: Improve the safety of lithium-ion energy storage system is the focus of the future.

New materials, optimized design, and strengthened monitoring and management can be used to reduce accident risks and ensure the reliability and stability of the energy storage system.

2, improve the energy density: improving the energy density of lithium-ion batteries is one of the focuses of current research, which will make the energy storage system in the same capacity can store more electricity. 

At the same time, it is also necessary to ensure that the high energy density does not affect the safety and life of the battery.

3, reduce costs: Reducing the cost of lithium battery energy storage system is the key to achieve large-scale applications.

Manufacturing costs can be reduced through technological innovation, material saving, production scale and other ways, and policy support is also one of the effective ways to promote cost reduction.

4, intelligent control: lithium battery energy storage system needs intelligent control, can achieve automatic operation, remote monitoring and fault diagnosis and other functions.

This will help improve the efficiency and safety of the energy storage system, while also providing users with a more convenient experience.

5, diversified applications: the application field of lithium battery energy storage system will be more and more extensive, including home energy storage, commercial energy storage, industrial energy storage, transportation and other fields.

The demand for energy storage systems in different fields is also different, so it is necessary to customize the design and production according to different needs.

6, prolong life: the service life of lithium battery energy storage system directly affects its economic benefits and environmental impact.

Therefore, extending the service life of lithium batteries is one of the important research directions, which can be achieved by improving the electrode material, electrolyte formula, and controlling the charging and discharging process.

7, fast charging: improve the charging speed of lithium battery energy storage system, can greatly shorten the charging time, improve the efficiency of use.

At present, many companies are developing fast charging technologies, such as high-power fast charging and wireless charging.

8, networking: multiple energy storage systems are connected through the network to build a larger energy storage system.

This can better manage and schedule the energy storage system, achieve optimal energy utilization, and also provide better support for the access of new energy.

9, ecological: the impact of lithium battery energy storage system on the environment is also getting more and more attention, so green production, recycling, etc., has become the focus of the future.